Reverse Engineering Service – Digital Model and Technical Drawing from Parts

Reverse engineering is the process of physically examining an existing part, product, machine, or piece of equipment to determine its dimensions and geometry, and then recreating it digitally. It is particularly used to recreate parts that do not have technical drawings, are old, or are no longer available from the manufacturer.

At TEKNİKO, as part of our reverse engineering service, we examine existing parts and mechanical components, carry out the necessary measurement and modeling studies, and create technical data that can be used in manufacturing processes. Depending on the requirements, 3D models, 2D technical drawings, and manufacturing documentation can be prepared.

What Is Reverse Engineering?

Reverse engineering is the process of examining the geometric and technical characteristics of a physically existing product or part and recreating it digitally.

For parts without technical drawings or manufacturing files, measurements can be taken from an existing sample, the part can be remodeled, and technical drawings for manufacturing can be prepared.

This method can be used particularly to recreate parts used in older machines, parts that are unavailable on the market, or parts that are no longer manufactured by the original manufacturer.

What Do We Do as Part of Our Reverse Engineering Service?

At TEKNİKO, we carry out different reverse engineering studies according to the requirements of the project.

• Dimensioning of existing parts
• Creating 3D models from samples
• Preparing 2D technical drawings
• Remodeling old or worn parts
• Digitizing machine parts
• Creating technical data required for manufacturing
• Revising existing designs
• Developing part geometry
• Preparing technical drawings for CNC manufacturing
• Remodeling mold components
• Preparing assembly drawings
• Creating exploded views
• Creating digital archives of existing parts

The scope of the work is determined according to the structure of the existing part, available measurement methods, and the manufacturing information required.

Remodeling Parts Without Technical Drawings

Some parts used in machines and equipment may not have technical drawings, 3D models, or manufacturing files. This situation can especially occur with older machines or equipment that is no longer supported by the manufacturer.

Such parts can be examined and remodeled based on an existing sample.

The process may include:

1. Examination of the existing part,
2. Taking the necessary measurements,
3. Determining the geometry of the part,
4. Creating the 3D model,
5. Preparing the necessary technical drawings,
6. Evaluating the manufacturing requirements.

In this way, digital manufacturing data can be recreated from a physically existing part.

Which Parts Can Be Reverse Engineered?

Reverse engineering can be applied to different mechanical parts and equipment.

Examples include:

• Machine spare parts
• Shafts
• Bushings
• Pins
• Flanges
• Machine body components
• Custom mechanical parts
• Sheet metal parts
• Mold parts
• Fixtures and tooling
• Production equipment parts
• Assembled mechanical systems

The size, geometry, material, and measurement conditions of the part are taken into consideration when determining the appropriate working method.

Which Industries Use Reverse Engineering?

Reverse engineering can be used in different manufacturing fields where technical data needs to be recreated.

At TEKNİKO, we provide solutions for reverse engineering applications in areas such as:

• Machinery manufacturing
• Automotive
• Defense industry
• Agricultural machinery
• Food processing machinery
• Metalworking
• Molds and plastics
• Industrial production
• Custom production machinery

Our Reverse Engineering Process

Part Examination

The existing part or equipment is examined and the scope of the work is determined. The geometry, intended use, and available technical information are evaluated.

Measurement and Data Collection

The dimensions required for manufacturing are determined. Critical dimensions and geometric details are evaluated according to the scope of the project.

3D Modeling

The digital 3D model of the part is created using the collected measurements and technical information.

Technical Drawing Preparation

When required, a 2D technical drawing suitable for manufacturing the part is prepared. Dimensions and necessary technical information are transferred to the drawing.

Manufacturability Check

The prepared model and technical data are evaluated according to the planned manufacturing method. When necessary, revisions can be made to the manufacturing method or design details.

Revision and Delivery

After the necessary checks and revisions are completed, the digital model, technical drawing, or other manufacturing documents are prepared according to the project requirements.

Why TEKNİKO?

Digital Model from an Existing Part

Parts without technical data can be examined based on an existing sample and transferred into a digital environment.

3D Modeling and Technical Drawing

Depending on the requirements, a 3D model and a 2D technical drawing for manufacturing can be prepared.

Production-Oriented Approach

The prepared digital data is evaluated not only for modeling purposes but also, when required, for use in subsequent manufacturing processes.

Revision and Development

In addition to remodeling an existing part, dimensional or design changes can also be studied when necessary.

Benefits of Reverse Engineering

Reverse engineering can contribute to:

• Digitizing parts without technical drawings,
• Remodeling old parts,
• Preparing unavailable parts for reproduction,
• Creating digital archives of existing parts,
• Making design modifications,
• Creating technical data for spare parts manufacturing,
• Improving existing products.

Reverse Engineering and Spare Parts Manufacturing

Reverse engineering and spare parts manufacturing are two complementary processes.

Reverse engineering involves measuring and modeling the existing part and creating the technical data required for manufacturing.

Spare parts manufacturing is the physical production of the part based on the created technical data or an existing sample.

Therefore, for a machine part without a technical drawing or one that is unavailable on the market, reverse engineering can be carried out first, followed by spare parts manufacturing using the appropriate production method.

Get a Quote for Reverse Engineering

You can contact TEKNİKO for remodeling machine parts without technical drawings, digitizing existing parts, or preparing technical drawings for manufacturing.

By sharing your existing part, technical drawing, or project information, you can start the technical evaluation required for your reverse engineering project.